Accession Number : ADA308392


Title :   Quantifying Human Performance of a Dynamic Military Target Detection Task: An Application of the Theory of Signal Detection.


Descriptive Note : Interim rept. Nov 94-Jun 95,


Corporate Author : ARMSTRONG LAB WRIGHT-PATTERSON AFB OH CREW SYSTEMS DIRECTORATE


Personal Author(s) : Turner, Stuart L.


Full Text : https://apps.dtic.mil/dtic/tr/fulltext/u2/a308392.pdf


Report Date : JUN 1995


Pagination or Media Count : 102


Abstract : As crew aiding technologies are developed to assist military aviators in performing complex target detection tasks, evaluation metrics must be developed which are common to both human operators and automatic target recognition (ATR) systems so that performance comparisons can be efficiently conducted. The dynamic nature of the multiple target detection task introduces several unique problems in quantifying detection performance. Classical methods of implementing the Theory of Signal Detection (TSD) to quantify performance have proven to be insufficient, and ATR evaluators have developed unique metrics which have not been applicable to evaluating human performance. This research introduced a novel application of TSD to the dynamic, multiple target detection scenario, and a new method of evaluating human performance was developed by adapting an established ATR evaluation method to human subject performance. A linear relationship was discovered between the TSD metric d' and the new evaluation metric, validating the new evaluation method. The new method provided a common metric for evaluating both human and ATR performance of multiple target detection tasks.


Descriptors :   *TARGET DETECTION , TEST AND EVALUATION , MILITARY PERSONNEL , PERFORMANCE(HUMAN) , TARGET RECOGNITION , THEORY , PILOTS , MULTIPLE TARGETS , SIGNALS , LINEARITY , OPERATORS(PERSONNEL) , AUTOMATIC.


Subject Categories : ACTIVE AND PASSIVE RADAR DETECTION & EQUIPMENT


Distribution Statement : APPROVED FOR PUBLIC RELEASE